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Granular non-disruptive scale-up or scale-outNon-disruptively expand capacity and performance by adding hosts to a cluster (scale-out) or just grow capacity by adding disks to a host (scale-up).

Deduplication and compressionSoftware-based deduplication and compression optimizes all-flash storage capacity, providing as much as 7x data reduction with minimal CPU and memory overhead.

Erasure codingErasure coding significantly increases usable storage capacity while keeping data resiliency unchanged. It is capable of tolerating one or two failures with single parity or double parity protection.

Single-pane-of-glass management with vSphereVirtual SAN removes the need for training and operating specialized storage interfaces. Provisioning is as easy as two clicks. VM-centric policy-based management: Virtual SAN uses storage policies, applied on a per-VM basis, to automate provisioning and balancing of storage resources to ensure that each virtual machine gets the specified storage resources and services.

Built-in failure tolerance and advanced availabilityVirtual SAN leverages distributed RAID and cache mirroring to ensure that data is never lost if a disk, host, network or rack fails. It seamlessly supports vSphere availability features like vSphere Fault Tolerance, vSphere High Availability, etc.

Virtual SAN stretched clusterCreates a stretched cluster between two geographically separate sites, synchronously replicating data between sites. It enables enterprise-level availability where an entire site failure can be tolerated, with no data loss and near zero downtime.